Often I get asked by other environmental health and safety (EHS) professionals and conference organizers, “What are the top trends in potent compound safety that I need to watch out for in the coming year?” While predicting trends is often a futile effort and because of the “Gradually, then suddenly” effect, things can change overnight, I will give it a shot.Read more
Here at Affygility Solutions we often get asked, “When do I need an occupational exposure band (OEB) or occupational hazard categorization (OHC) report vs. an occupational exposure limit (OEL) monograph?” Well, let me explain.
Occupational exposure band reports are intended for early stage compounds with limited or no human data. The objective of an OEB report is to assign an early stage compound to a control band, without providing a specific numerical occupational exposure limit (OEL) or numerical acceptable daily exposure (ADE) (aka permitted daily exposure (PDE) value). And while the expert occupational toxicologist may perform some “back of the envelope” calculations to determine the appropriate control band assignment, it is unwise to present these calculations in the OEB report since the numbers will significantly change as the compound moves through development. In addition, the expert occupational toxicologist authoring the OEB report may also employ a “read-across” or professional judgement approach to similar compounds based on the compound of interest’s specific molecular structure.Read more
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On July 1st, 2018, the Pharmaceutical Inspection Convention Scheme (PIC/S) on Cross-contamination in Shared Facilities Guidance goes into force. This includes the additional guidance on establishing health-based exposure limits (HBELs) for shared facilities. These Chapters of the PIC/S GMP Guide have now been aligned with principles of Quality Risk Management. Chapter 3 and 5 of the PIC/S GMP Guide have been revised to include requirements to prevent cross-contamination, and the HBEL guidance discuss the requirement for PDEs (aka ADEs) in shared facilities. At first review, these guidance documents appear to almost mirror the EMA’s guidance on similar topics.Read more
OEB 5 compounds are active pharmaceutical ingredients that have been assigned to an occupational exposure band (OEB) rating of 5, or the most severe rating in a 5-band occupational exposure banding system. A rating of OEB 5 represents those APIs that may have any of the following properties:
Depending on the company’s specific banding system, OEB 5 compounds typically would have numerical occupational exposure limits (OEL) less than 1 μg/m3.Read more
Back in the spring of 1986, I was in Kellyville, OK attending the Dowell-Schlumberger (DS) field engineers training school. I remember it quite well because I was there when the Space Shuttle Challenger exploded and we also got to spin doughnuts with 18-wheel tractor units.
However, besides rooming with a bunch of Texans and picking up a Texan accent in a matter of weeks, one of the important things that I experienced in training school was how to manage roughnecks and how to delegate (BTW - roughnecks could come up with swear words that I couldn't even imagine).
One of our readings and discussions on delegating was about "Who's Got the Monkey?" This was based an article written in 1974 in the Harvard Business Review (HBR), but then republished in 1999. The gist of the article is how employees attempt to put the next move on the back of their managers, so when something gets held up or doesn't turn out right it's the manager’s fault and not theirs.Read more
In the field of occupational toxicology for the pharmaceutical industry, it is quite common to see the numerical value for an occupational exposure limit (OEL) or OHC assignment change over the course of product development. New data, longer studies, and more human experience with the compound all have the potential to cause the OEL or OHC to change. In addition, once the product is on the market, there may be adverse events reported that were not observed in the clinical development of the product.
In most cases, as the data gets more comprehensive, the numerical OEL value goes higher in value and the exposure control band assignment goes down (i.e. from an exposure control band 3 to an exposure control band 2); however, while rare, occasionally the numerical OEL will decrease in value such that the OHC goes up (i.e. OHC from 2 to 3). In these cases it is often a challenging risk communication issue for the EHS professional because employees will be asking questions such as “Was I over-exposed?” or “Will I be harmed?” This is where it is important that an environmental, health and safety professional in the pharmaceutical industry have a strong understanding of the underlying concepts and assumptions behind occupational exposure limits. These concepts include the following:Read more
If you’re an EHS professional for a multi-facility company, conference calls can be an unfortunate way of life. These calls are often frustrating and seem like a complete waste of precious time; however, there are certain things you can personally do to make them more productive. Here’s ten suggestions…Read more
One of the most frequently asked questions that we receive at Affygility Solutions is “Do I need a dedicated facility or equipment for my highly potent active pharmaceutical ingredient?” While this seems like a fairly simply question, the answer is actually quite complex; and, in order to answer this question, someone would need to know a lot more about your specific operation. So, let’s walk through the basic thought process on how we would answer this question.
One of the key concepts when making the determination for a dedicated facility, is the concept of risk assessment, and, the first question we would ask you is “What does your risk assessment process say?” As indicated in the EU Guidelines for Good Manufacturing Practice for Medicinal Products for Human and Veterinary Use - Part 1 Chapter 3: Premises and Equipment and shown in Image 1 below, Quality Risk Management principles must be used in making the determination whether a dedicated facility is required.Read more
As we near the end of 2017, it becomes that time of year where we start to think about how we can do better in 2018. From a professional standpoint, often these plans take the form of establishing goals and objectives for the year.
However, just as important as the goals and objectives are for the company, it is equally important that you establish a few personal (and private) goals that will make you a better (and happier) EHS Manager.
Based on over 31 years of professional experience, here are five things, that while they might make you feel uncomfortable, it will go a long way to making you a better, happier, and more effective manager.Read more
Historically, the pharmaceutical space has been widely considered to be “Amazon-proof”—complex healthcare systems, high regulatory hurdles, stringent warehousing requirements, and a complicated billing system are all solid reasons for Amazon (AMZN) to not make the move into such a challenging industry vertical. However, a recent search for the query "Life Sciences" on the amazon.jobs site revealed over 1500 job openings. So clearly, Amazon does have interest in the healthcare and life sciences space.
Amazon is not a stranger to selling pharmaceuticals online. For instance, according to the Japan Times, in April of this year, Amazon announced same-day delivery service for both food and medicine. In addition, Amazon already sells beauty care, personal care products, vitamins, diet supplements, over-the-counter pharmaceuticals, and some medical supplies online. Amazon could easily leverage the above experiences to ease the transition into the prescription pharmaceutical industry.
From a technology standpoint, Prime Now, Alexa Echo and Dot, Dash buttons, and their AI-driven recommendation system are additional leverage points where Amazon could reduce customer friction, lower costs, and increase revenue for the company. You can also expect, due to the large scale that they would be operating, that Amazon would use its innovation expertise to automate as much of the fulfillment process as possible.Read more
Under the Occupational Safety and Health Administration’s (OSHA) Respiratory Protection Standard (29 CFR 1910.134), APFs and MUCs are used in the proper selection of respiratory protection equipment for non-IDLH (immediately dangerous to life and health) atmospheres.
Employers must select respirators using Table 1.0: Assigned Protection Factors. They also must consider MUC’s before respirator selection. Selection of respirators should be based on the actual airborne contaminant level found in the workplace. Determining the actual airborne contaminant level typically requires industrial hygiene monitoring.
In addition, for the APFs and MUCs to be properly applied, all respirators must be fit-tested and used in accordance with all local and federal regulations. The APF/MUC will not be accurate for employees that are not clean shaven, have hair that interferes with the fit of a tight-fitting respirator, have a poor fitting respirator, or an improperly selected cartridge. Employees wearing tight-fitting respirators with facial hair that interferes with the fit is a common deficiency found during potent compound safety gap assessments.Read more
Here at Affygility Solutions, we often get asked the question, “I’m being told that I need to find out the OELs for all my active pharmaceutical ingredients, but I don’t even know why I need them. Can you help?”
So let me explain: Occupational exposure limits (OELs) are defined as the time-weighted average concentration of a contaminant, measured in the employee’s breathing zone, that is considered to be safe for the majority of healthy workers, for an eight-hour work shift and a forty-hour work week, and entire working lifetime.
OELs are health-based values that are established by expert toxicologists reviewing existing published, peer-reviewed literature, and scientific databases. In addition, for new chemical entities (NCEs), it may be necessary to review pre-clinical and clinical data to determine the OEL. Based on the currently available information, the expert toxicologists formulate a conclusion on the level of exposure that the average worker can experience without adverse health effects.Read more
We're excited to announce and welcome you, readers, to the newest Affygility (virtual) publication: Potent Comound Corner.
We'll invigorate your mind, help keep you clued in to the latest EHS topics and ideas, and hopefully amuse you once in awhile.
Stay tuned to this space and you can expect to find…Read more
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